Skills
Tools and techniques I've used in research and engineering projects.
CAD & prototyping
Fusion 360, SolidWorks, Blender, MeshMixer, resin/MSLA printing, silicone fabrication and physical prototyping.
EEG & experimental methods
BrainVision/LiveAmp acquisition, electrode placement, impedance testing, signal-quality evaluation, IMUs and human-subject studies.
Signal analysis
MATLAB, Python, EEGLAB, MNE-Python, scikit-learn, digital filtering and spectral analysis.
Research & communication
Experiment documentation, scientific posters, technical writing, literature reviews and human-subject research practices.
Current hardware work
Developing wearable EEG hardware.
I'm currently working on a wearable clinical EEG system in Northwestern's Kimchi Lab, focusing on encapsulation, electrode positioning, and reliable scalp contact. Alongside this work, I'm building my understanding of biosignal acquisition electronics and embedded systems.